Laboratory for Functional Tissue Engineering

University of Toronto, Toronto, Ontario
What the facility does

Cardiac tissue engineering

Areas of expertise

Each year, nearly 900,000 people in North America alone suffer from myocardial infarction. Tissue engineering may offer alternative treatment options or suitable models for studies of normal and pathological cardiac tissue function in vitro. Conventional tissue engineering approaches are limited by inadequate oxygen supply, lack of physical stimuli and absence of multiple cell types characteristic of the native myocardium.

The Laboratory for Functional Tissue Engineering works on several different projects that all fall under the umbrella of cardiac tissue engineering and regenerative medicine. We are focused on pursuing molecular mechanisms governing the formation of contractile cardiac tissue in vitro, as well as on practical strategies for treatment of myocardial infarction and heart failure through development of new biomaterials. We pursue the research programs alone (e.g. advanced bioreactors and cell tri-culture) or in collaboration with other principal investigators (e.g. microfluidic separation of heart cells).

Research services

Testing, prototyping, analytical services

Sectors of application
  • Education
  • Healthcare and social services
  • Life sciences, pharmaceuticals and medical equipment
  • Professional and technical services (including legal services, architecture, engineering)
EquipmentFunction
Objet 260 Connex1 Stratasys3D Printer
Formlabs3D Printer
CryoStar NX50Cryostat
BOSE ElectroForce 5200 BioDynamic Test InstrumentMechanical testing machine
Olympic X-Cite Series 120Fluorescence microscope
SpectraMax i3Multi-mode microplate reader
FreeZone 2.5Lyophilizer
TitleURL
The Ted Rogers Centre for Heart Research: Researchers Leading the Wayhttp://tedrogersresearch.ca/research-experts/
Engineering Improved Heart Fibres from Stem Cellshttp://www.cheminst.ca/magazine/news/engineering-improved%C2%AD-heart-fibres-stem%C2%A0cells
New “Biowire” Technology Matures Human Heart by Mimicking Fetal Heart Ratehttp://www.mdtmag.com/news/2013/06/new-biowire-technology-matures-human-heart-mimicking-fetal-heart-rate#.UdrfWuspfWp
‘Biowire’ Could be Major Step Toward Viable Cardiac Patcheshttp://www.cnet.com/news/biowire-could-be-major-step-toward-viable-cardiac-patches/
Frankenstein Technique Creates Mature Heart Cellshttp://www.uhn.ca/corporate/News/Pages/Frankenstein_technique_matures_heart_cells.aspx
Can Frankenstein and a Baby’s Heartbeat Unlock the Mystery of Stem Cells?http://www.healthcanal.com/medical-breakthroughs/40121-can-frankenstein-and-a-baby%E2%80%99s-heartbeat-unlock-the-mystery-of-stem-cells.html
Can Frankenstein and a Baby’s Heartbeat Unlock the Mystery of Stem Cells?http://media.utoronto.ca/media-releases/new-biowire-technology-rapidly-matures-human-heart-cells-with-fetal-biomimicry/
New ‘Biowire’ Technology Matures Human Heart by Mimicking Fetal Heartratehttp://www.eurekalert.org/pub_releases/2013-06/uotf-nt062413.php
New Reliable Method to Create Human Cardiac Patches in Range of Sizeshttp://topnews.ae/content/216762-new-reliable-method-create-human-cardiac-patches-range-sizes
Electric Pulse Enables Creation of Cardiac Patcheshttp://www.laboratoryequipment.com/news/2013/06/electric-pulse-enables-creation-cardiac-patches
Second Skin: University of Toronto Invention Offers Hope for Burn Victimshttp://www.news.utoronto.ca/second-skin-u-t-invention-offers-hope-burn-victims?utm_source=Bulletin&utm_medium=Email&utm_content=Staff